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The solid lines are the theoretical curves calculated with derived from the neo-classical model. As for

The solid lines are theoretical values, assuming that the source is a point source located at Ra .

The solid lines correspond to the same set of parameter values applying a change only in one of them

The solid lines demonstrate H-atom motion trajectories in reaction of H abstraction by CH3 radical from CH3OH molecule with energies of relative motion equal 4.6 and 2.4 kcal mol respectively. Vibrational motion in reactant valley stipulated by intermolecular vibrations . The dashed lines refer to fixed distances between CHj and CHjOH.

The solid lines denote majority electrons, the broken lines minority electrons. Reprinted with permission from . Copyright by the American Physical Society

The solid lines depict the calculated rate constants for H-atom and D-atom transfer in these 1 — 2 reactions.

The solid lines illustrate the weak minimax principle. They describe the dependence of E on CL when p - pmaxTZ 1 and L and the dependence of E on L when S . The broken lines and the broken lines with dots show the dependence of the energy hypersurface on a single parameter

The solid lines illustrate the weak minimax principle. They describe the dependence ofEon a when p pmax ot . The broken lines and the broken lines with dots show the dependence of the energy hypersutface on a single parameter

The solid lines represent a scaled SoS r-nuclide distribution. Inverted triangles indicate upper limits

The solid lines represent dependencies of the doubled quasiparticle spins 2Sk g2k i 2fc on are represented by dashed and dotted lines respectively.

The solid lines represent the center of mass trajectories of the -CHj portion of ethyl groups, which are attached to a mostly hydrogen-terminated diamond . The contour values are 0.271,0.771, 1.271, 1.771, and 2.271 ev .

The solid lines represent the linear least squares fit.

The solid lines represent the model description of the data according to the text while the dashed line represents the polymer platelet

The solid lines represent the proportion of particles with .

The solid lines show production rates of cosmogenic Ne and Ar as a function of depth in a lunar regolith with the chemical composition of the Apollo 15 Deep Drill Core . The difference of 15-20 between the two Ne curves illustrates the accuracy of present-day physical model calculations. Also shown are measured concentrations of cosmogenic Ne in the Apollo 15 and 16 deep drill cores Bogard et al. 1973 right ordinate scale depth scale converted assuming a bulk soil density of 1.75 g cm for Apollo 15 and of 1.5 and 1.65 g cm in the uppermost 80 cm and the lower portions, respectively, of the Apollo 16 core Carrier et al. 1991,

The solid lines were computed with Eq. and the parameters indicated. All these patterns belong to the 3 class

The solid liquid equilibrium relationship of a solid compound. From right to left, the solid phase at equihbrium can be pure compound A, a mixture of compounds C and A. compound C, a mixture of compounds C and B, and pure compound B. The solution phase at equihbrium can be a mixture of compounds A and B at the corresponding liquid-sohd tie hues.

The solid model of the bracket.

The solid obtained by spline fitting and Fourier transforming the measured reciprocal-space functions shown in

The solid phase chemistry developed for the construction of an oligosaccharide mimetic library is shown. Glucosaminouronic acid building blocks A are linked using standard peptide coupling chemistry producing the homotetramer B.

The solid phase construction of a 1300 compound di- and trisaccharide library using the mix and split combinatorial strategy. Anomeric linkage diversity, sugar building block diversity and substituent diversity were achieved. Chemical encoding was used to identity the structure of the active compounds la and lb which bound most tightly to the Bauhinia purpurea lectin.

The solid phase ICAT reagent provides a thiol-reactive iodoacetyl group to capture cysteine peptides, a spacer containing stable isotopic labels, and a photo-cleavable group that can release the captured peptides for mass spec analysis. The VICAT mass tag is a solution phase labeling agent that also has a photo-cleavable site to release isolated peptides from a avidin affinity resin. This compound adds a fluorescent group to better detect labeled peptides as they are being isolated from a sample.

The solid phase peptide synthesis principle.

The solid phase s fnlhesis of a peptidotriazole

The solid Raman spectra of the ligand and Co complex. Reprinted by permission of Elsevier B.V.



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